cuML-DSA: Optimized Signing Procedure and Server-Oriented GPU Design for ML-DSA

ePrint Report: cuML-DSA: Optimized Signing Procedure and Server-Oriented GPU Design for ML-DSA

Shiyu Shen, Hao Yang, Wenqian Li, Yunlei Zhao

The threat posed by quantum computing has precipitated an urgent need for post-quantum cryptography. Recently, the post-quantum digital signature draft FIPS 204 has been published, delineating the details of the ML-DSA, which is derived from the CRYSTALS-Dilithium. Despite these advancements, server environments, especially those equipped with GPU devices necessitating high-throughput signing, remain entrenched in classical schemes. A conspicuous void exists …

computing cryptography design digital digital signature dsa eprint report fips gpu post-quantum post-quantum cryptography procedure quantum quantum computing quantum cryptography report server signature signing threat urgent